def _init_fw_from_dot_data(self, fw, dot_data, with_qt):
def target_from_node(node):
return node.name.replace("KF5", "")
src_handle = gv.readstring(dot_data)
targets = set()
for node_handle in gvutils.get_node_list(src_handle):
node = gvutils.Node(node_handle)
if node.shape in TARGET_SHAPES and self._want(node):
target = target_from_node(node)
targets.add(target)
fw.add_target(target)
for edge_handle in gvutils.get_edge_list(src_handle):
edge = gvutils.Edge(edge_handle)
target = target_from_node(edge.tail)
if target in targets and self._want(edge.head):
dep_target = target_from_node(edge.head)
fw.add_target_dependency(target, dep_target)
def _init_fw_from_dot_data(self, fw, dot_data, with_qt):
def target_from_node(node):
return node.name.replace("KF5", "")
src_handle = gv.readstring(dot_data)
targets = set()
for node_handle in gvutils.get_node_list(src_handle):
node = gvutils.Node(node_handle)
if node.shape in TARGET_SHAPES and self._want(node):
target = target_from_node(node)
targets.add(target)
fw.add_target(target)
for edge_handle in gvutils.get_edge_list(src_handle):
edge = gvutils.Edge(edge_handle)
target = target_from_node(edge.tail)
if target in targets and self._want(edge.head):
dep_target = target_from_node(edge.head)
fw.add_target_dependency(target, dep_target)
def preprocess(fname):
graph_handle = gv.read(fname)
txt = open(fname).read()
targets = []
# Replace the generated node names with their label. CMake generates a graph
# like this:
#
# "node0" [ label="KF5DNSSD" shape="polygon"];
# "node1" [ label="Qt5::Network" shape="ellipse"];
# "node0" -> "node1"
#
# And we turn it into this:
#
# "KF5DNSSD" [ label="KF5DNSSD" shape="polygon"];
# "Qt5::Network" [ label="Qt5::Network" shape="ellipse"];
# "KF5DNSSD" -> "Qt5::Network"
#
# Using real framework names as labels makes it possible to merge multiple
# .dot files.
for node_handle in gvutils.get_node_list(graph_handle):
node = gvutils.Node(node_handle)
label = node.label.replace("KF5::", "")
if node.shape in TARGET_SHAPES:
targets.append(label)
txt = txt.replace('"' + node.name + '"', '"' + label + '"')
# Sometimes cmake will generate an entry for the target alias, something
# like this:
#
# "node9" [ label="KParts" shape="polygon"];
# ...
# "node15" [ label="KF5::KParts" shape="ellipse"];
# ...
#
# After our node renaming, this ends up with a second "KParts" node
# definition, which we need to get rid of.
for target in targets:
rx = r' *"' + target + '".*label="KF5::' + target + '".*shape="ellipse".*;'
txt = re.sub(rx, '', txt)
return txt
def preprocess(fname):
graph_handle = gv.read(fname)
txt = open(fname).read()
targets = []
# Replace the generated node names with their label. CMake generates a graph
# like this:
#
# "node0" [ label="KF5DNSSD" shape="polygon"];
# "node1" [ label="Qt5::Network" shape="ellipse"];
# "node0" -> "node1"
#
# And we turn it into this:
#
# "KF5DNSSD" [ label="KF5DNSSD" shape="polygon"];
# "Qt5::Network" [ label="Qt5::Network" shape="ellipse"];
# "KF5DNSSD" -> "Qt5::Network"
#
# Using real framework names as labels makes it possible to merge multiple
# .dot files.
for node_handle in gvutils.get_node_list(graph_handle):
node = gvutils.Node(node_handle)
label = node.label.replace("KF5::", "")
if node.shape in TARGET_SHAPES:
targets.append(label)
txt = txt.replace('"' + node.name + '"', '"' + label + '"')
# Sometimes cmake will generate an entry for the target alias, something
# like this:
#
# "node9" [ label="KParts" shape="polygon"];
# ...
# "node15" [ label="KF5::KParts" shape="ellipse"];
# ...
#
# After our node renaming, this ends up with a second "KParts" node
# definition, which we need to get rid of.
for target in targets:
rx = r' *"' + target + '".*label="KF5::' + target + '".*shape="ellipse".*;'
txt = re.sub(rx, '', txt)
return txt
